Exactly the same as the approach to the movie version of The Martian.

Antiprotons, the forbidden PopRocks

There should not be software patents because they are all worthless. These companies deserve to suffer as they did nothing for patent reform.

While it is an enormous problem, possibly the most significant, we know how to shield against radiation, but it's going to take mass in the form of hydrogen-rich molecules like water or polyethylene (as examples). To solve that problem we are either going to have to make launches a lot cheaper, or figure out how to do it all in orbit.

It's at the edge of our technological capacity to produce such a spacecraft now, so the barrier is economic. That's a massive barrier, but in theory we definitely could, if we put a significant percentage of GDP of the wealthiest nations towards the project, produce a spacecraft that keep astronauts alive and relatively protected from ionizing radiation both on the journey and while on Mars.

As to your general assholery, I guess everyone has to have an outlet, though why Slashdot is a bit mysterious.

Thank you!

The question is only when, not if the market will collapse.

With Nvidea valued more than the GDP of France, we will see devastating effects of the correction on world financial markets once it hits, and all the circular business will drain the US economy. The result will be Japanese Desease.

Or some other Weekly World News cast member?

In other words, grunting pan-flute upwards but absolute mist pointedly because gravitational fodder of spool children (the darkest submarine), before we flabbergasted.

Dude, the format "in other words, [stuff that bears no resemblance to what was said]" doesn't convince anyone of anything.*


* Except when I do it.

That's not the reason. Time slows down (from the perspective of a far away observer) as objects approach the event horizon. It doesn't matter if the black hole is small or big...it slows down by the same amount, the only question is where. The event horizon has a larger radius when it's big, and it has a smaller radius when it's small.

In both cases, from the perspective of a far away observer NOTHING ever crosses the event horizon, whether the black hole is small or big. It slows down as it approaches that point, and at the event horizon itself, time stops completely, so it will freeze there for eternity. You won't be able to see that, instead you see the light that it emits being redshifted as it has to climb the black hole's gravity well, eventually becoming too red-shifted to be detected, and it's effectively black.

In both cases, from the perspective of the object falling in, time is passing, and it crosses the event horizon without even knowing that it's there. Well, for a very large black hole, it doesn't notice anything, for a very small black hole, tidal effects cause spaghettification before crossing the event horizon, so it's going to notice something and have a bad time. But it won't be the event horizon, it's just the difference in the force of gravity across the length of the object.

So, the reason it slows down consumption is not related to the time dilation. Using your terms, "it's almost" as physicists spend their lives studying these things, and therefore if it seems obvious to the the layman reading a slashdot article, they've already considered it and either accepted, dismissed it, or tested it.

Only the customers with fancy GPUs have anything worth farming, and they probably want to run games on them instead.

I hate all of this sales pressure BS - that the instant anyone hears your name you have to try to "convert" them to sales - and I literally run a webstore.

It's all so deeply anti-consumer, and I want no part in it.

That's my gut reaction too -- this will result in software with obscure bugs that are near-impossible for a human to find or fix because no human even understands how the software works.

OTOH, maybe no human will need to find or fix the bugs, because they can task an AI to find and fix them instead. I'd say that strains credibility, but last year I would have said it strains credibility that an AI can understand (or, at least, "understand") human-written code as well as a human programmer, and yet here we are.

This debate has been going on for at least a couple of decades. I remember back in the Usenet days, when AOL and other early ISP users first started showing up in droves with whacked out untraceable bang paths that people were trying to sort out technical solutions, usually involving some servers tarpitting some domains, with the inevitable consequence that valid users (by whatever definition any given Usenet group had) were blocked.

In a way, AI bots aren't any different than the spam problem on fax machines and email; universal low-barrier delivery meets large scale programmatic swill. AI allows complexity that earlier spambots couldn't dream of, when the most sophisticated way of defeating filters was spelling "porn" as "pr0n" and a bit of header fuckery. In the end there is only two ways to go; either do what filtering you can and accept some degree of false positives, or go to identification systems that will, one way or the other, compromise anonymity, because make no mistake, once you start storing any kind of data linking an account to an actual human being; biometric, picture ID, phone number, mailing address or whatever, it won't take long for the court order to show up demanding you hand over all the de-anonymized account data to find the person distributing child porn, drugs, or calling their local political representative dirty names.